207828-4

D-Sub connectors, also known as D-subminiature connectors, are a type of electrical connector that is widely used in a variety of applications. 207828-4 connectors are one example of this family. These connectors feature a metal shell and two rows of pins or sockets arranged in a D-shaped design that allows them to be self-latching for a secure connection. The 207828-4 connector is commonly used for data and digital signals, and is often found in computer, AV, and telecom equipment.

The 207828-4 connector consists of a metal shell and two rows of contacts on a 0.05" pitch. It features an 8-position, 4-row design that fits industry-standard 0.1" female headers. The contacts are made from gold-plated brass and are rated for 6A of current at 300V. There are both male and female versions of the 207828-4 connector available, and they are often used as mating connectors in pairs. They are available in both a straight and right-angle configuration.

The 207828-4 connector is typically used for digital applications such as data signals, Ethernet, USB, HDMI, and DVI. However, it is not suitable for use in analog applications or applications that require high currents. It is commonly used in computer motherboards, AV equipment, telecom systems, instrumentation, and industrial devices.

The working principle of the 207828-4 connector involves electrical energy being passed through the pins or sockets, allowing it to conduct current and data signals. Once the connector has been mated, the contacts make a secure connection that can transfer a variety of signals. The contacts are designed to minimize the electrical resistance between them, ensuring reliable performance during data or power transmission.

The 207828-4 connector is an example of a reliable and cost-effective solution for a variety of applications. It is widely used in many industries and can be used to connect a variety of digital equipment and data systems. Its contacts are rated for 6A at 300V and are designed to provide a secure connection with minimal electrical resistance, ensuring reliable performance.